DJI Zenmuse H20N

The Zenmuse H20N has built-in starlight sensors1 in the zoom and wide-angle cameras. Combine that with dual-zoom thermal imaging cameras and a laser rangefinder and you get a versatile hybrid payload that is up to the task.
Enhanced sensors.
-Two thermal imaging cameras: Infrared zoom.
-Resolution: 640×512
-2x zoom (equivalent focal length: 53 mm)
-8x zoom (equivalent focal length: 196 mm)
Night vision wide-angle camera: see the big picture!
-Star light sensor: 2MP
-Better low-light performance
Night vision zoom camera: penetrate the veil
-Star light sensor: 4MP
-20× optical zoom, 128× maximum zoom
- Details in low light
Laser rangefinder: precise range data
-Range: 3m to 1200m
- Accuracy: ± (0.2 m + D × 0.15%) [2].
Thermal and starlight visibility
See all night long: the zoom and wide-angle cameras are equipped with starlight sensors tailored for low-light environments.
infrared zoom
Two thermal imaging cameras offer 2x and 8x zoom respectively and together enable up to 32x zoom. Find hotspots and inspect them in detail after zooming in.
Synchronised zoom on split screen
H20N supports synchronised zoom between thermal and starlight night vision camera. Users can reduce both images simultaneously. This doubles efficiency and makes it easier to compare details side by side.
More smart features
-PinPoint
-smart job
-High resolution raster photo
-One-touch panorama
Thermal properties
-Colour palettes: Customise the colours applied to thermal data to meet mission requirements.
-Isotherms: visualise a specific temperature band to highlight your goals.
-Temperature. Warning: receive instant notifications in DJI Pilot when object temperatures exceed your preset warning levels.
-Gain modes: adjust the gain modes to change the measured temperature range: the High Gain mode covers a smaller temperature range, but is more sensitive to temperature differences; the Low Gain mode covers a wider temperature range.
-R-JPEG images: the images captured by the Zenmuse H20N are in R-JPEG format with built-in temperature information. By importing these images into the DJI Thermal Analysis Tool, you can measure the temperature and set parameters such as emissivity and reflected temperature.